====== Decode Module Readout using Oscilloscope ======

====Setup====
Setup module as described here and connect corresponding POH fiber to scope:
 [[phase1:phase1:modulereadout|Module Readout]]


====Save waveform ====
Use 50 or 100 ns per divisions (not enough points with 200ns)
On the scope: Go to "Utilities" -> "Disk Utilities"
Go to "Save waveform" tab. Chose scope channel where POH fiber is connected
Save in format "ASCII" with deliminator "Comma"
  
====Decode waveform====
Use Wolfram's script to decode waveform:\\
  cd tbmdecoder
  
  $ python getwfm.py -file wfm-345-2.isf -raw
  reading  wfm-345-2.isf
  sdata1 A: 7fc03b17f87f87f87f87f87f87f87f87fe2200
  sdata1 B: 7fc03b17f87f87f87f87f87f87f87f87fe2200
  
  $ python getwfm.py -file wfm-345-2.isf 
  reading  wfm-345-2.isf
  sdata1, A channel:
  7fc TBM header  0x03b1 
  7f8 ROC header 
  7f8 ROC header 
  7f8 ROC header 
  7f8 ROC header 
  7f8 ROC header 
  7f8 ROC header 
  7f8 ROC header 
  7f8 ROC header 
  7fe TBM trailer  0x2200 
  sdata1, B channel:
  7fc TBM header  0x03b1 
  7f8 ROC header 
  7f8 ROC header 
  7f8 ROC header 
  7f8 ROC header 
  7f8 ROC header 
  7f8 ROC header 
  7f8 ROC header 
  7f8 ROC header 
  7fe TBM trailer  0x2200